化工企业需求
2018-04-26 13:31:22 浏览次数:2298
2.9 生物炼化开发船舶燃料油
Biological refining method
1)Background
催化裂化装置每年产生大量油浆,油浆内含有残碳、金属微粒、胶质、饱和酚等固含量,通过常规的机械法无法除固,油浆无法
价值最大化利用。
The FCC unit produces a large amount of oil slurry every year. The slurry contains solid
residues such as residual carbon, metal particles, colloid, saturated phenol and so on. It can
not be removed by conventional mechanical method.
2)Objective
寻求生物炼化开发船舶燃料油技术,得到一种或几种微生物或代谢产物,可以通过生物降解或转化的方式去除油浆内固含及灰分
,去除率90%以上。
Seeking bio-refining technology. Using one or several kinds of microorganisms or
metabolites, can be biodegradable or converted to remove the solid and ash within slurry. the
removal rate should be 90% or more.
Biological refining method
1)Background
催化裂化装置每年产生大量油浆,油浆内含有残碳、金属微粒、胶质、饱和酚等固含量,通过常规的机械法无法除固,油浆无法
价值最大化利用。
The FCC unit produces a large amount of oil slurry every year. The slurry contains solid
residues such as residual carbon, metal particles, colloid, saturated phenol and so on. It can
not be removed by conventional mechanical method.
2)Objective
寻求生物炼化开发船舶燃料油技术,得到一种或几种微生物或代谢产物,可以通过生物降解或转化的方式去除油浆内固含及灰分
,去除率90%以上。
Seeking bio-refining technology. Using one or several kinds of microorganisms or
metabolites, can be biodegradable or converted to remove the solid and ash within slurry. the
removal rate should be 90% or more.